Tamiya TRF415
#8688
Originally posted by E.J. Evans
Malaysia! I'm here in Singapore for business, when is the next race?
Malaysia! I'm here in Singapore for business, when is the next race?
#8689
Originally posted by Mafodda
Hi to everyone,
can someone share with me a setup or tips to help me with my new 415MS ?
I run currently outdoor with foams on a good grip bumpy asphalt track.
Actually, on my track, the cars to beat are Pro4's...
Thank you in advance to all gurus of 415....
I've ordered from Steve, the new DJ suspension module... what do you think David ? it can give appreciable help with foams outdoor ?
Or I was hurried ....?
Bye.
Hi to everyone,
can someone share with me a setup or tips to help me with my new 415MS ?
I run currently outdoor with foams on a good grip bumpy asphalt track.
Actually, on my track, the cars to beat are Pro4's...
Thank you in advance to all gurus of 415....
I've ordered from Steve, the new DJ suspension module... what do you think David ? it can give appreciable help with foams outdoor ?
Or I was hurried ....?
Bye.
I think David has already addressed this. I believe he said that the DJ Suspenion is for Rubber on Asphalt. It only back a page or 2 chek it out.
#8690
Originally posted by E.J. Evans
Malaysia! I'm here in Singapore for business, when is the next race?
Malaysia! I'm here in Singapore for business, when is the next race?
#8691
Originally posted by KREATOR1
hey GTracer dude ,..check out the new layout for the race
hey GTracer dude ,..check out the new layout for the race
#8692
Tech Master
iTrader: (6)
Originally posted by GT Racer
Anyone out there care to share the setup sheet for 415MS? It's for a high speed, high grip outdoor asphalt. Thanks in advance.
Anyone out there care to share the setup sheet for 415MS? It's for a high speed, high grip outdoor asphalt. Thanks in advance.
#8693
Originally posted by KREATOR1
hey GTracer dude ,..check out the new layout for the race
hey GTracer dude ,..check out the new layout for the race
#8694
Originally posted by KoE
GT Racer, you can try with randy caster's socal setup for a start. i think there's a link somewhere in tryhard's website
GT Racer, you can try with randy caster's socal setup for a start. i think there's a link somewhere in tryhard's website
#8695
Originally posted by E.J. Evans
Malaysia! I'm here in Singapore for business, when is the next race?
Malaysia! I'm here in Singapore for business, when is the next race?
#8696
Originally posted by jeffreylin
EJ, if you are in Singapore make sure you stop by Katong and grab a bowl of laksa noodle soup. It is very tasty and you can'y get it as good outside Singapore.
EJ, if you are in Singapore make sure you stop by Katong and grab a bowl of laksa noodle soup. It is very tasty and you can'y get it as good outside Singapore.
#8697
Originally posted by GT Racer
There're lots of good food here. Hey... are we in the wrong thread or wrong topic?....
There're lots of good food here. Hey... are we in the wrong thread or wrong topic?....
#8699
Originally posted by David J.
The effect of lowering the upper link and what it does to the roll center depends on the suspension geometry of the vehicle. In the case of the 415 and Evo IV, lowering the inside upper link lowers the roll center. Basically, if you were to raise the suspension blocks to the point in which the suspension arm were sloped downward to the wheels and that was your static position, then yes, lowering the inside upper link would raise the roll center. I have seen illustrations of roll center points but some of these illustrations don’t always depict a typical R/C cars suspension so although they are accurate for the geometry in the illustration, they don’t always apply to all geometries.
Regarding camber change and roll centers, they are both related to one another and in my opinion, equally important.
Thanks for the warm welcome. I’m glad if I’m able to assist in any way. I’m not always able to be online so I apologize in advance if I don’t reply right away.
The effect of lowering the upper link and what it does to the roll center depends on the suspension geometry of the vehicle. In the case of the 415 and Evo IV, lowering the inside upper link lowers the roll center. Basically, if you were to raise the suspension blocks to the point in which the suspension arm were sloped downward to the wheels and that was your static position, then yes, lowering the inside upper link would raise the roll center. I have seen illustrations of roll center points but some of these illustrations don’t always depict a typical R/C cars suspension so although they are accurate for the geometry in the illustration, they don’t always apply to all geometries.
Regarding camber change and roll centers, they are both related to one another and in my opinion, equally important.
Thanks for the warm welcome. I’m glad if I’m able to assist in any way. I’m not always able to be online so I apologize in advance if I don’t reply right away.
If I change the geometry so that the arms are sloped downwwards to the wheels as you said, then indeed lowering the inner camber link will lower the roll centre aswell.
Anyway, can't wait to have the suspension in action
#8700
I agree with TRF415boy. Since David posted that, I've been trying to reconcile it, but I can't. If the inner link is raised, it lowers roll center, and if it is lowered, it raises roll center, that's the only way I can see it happening.
It seems with the lower arms angled up slightly, the effect of spacers under the upper link is minimal to overall roll center, compared to if the arms were angled down towards the wheels. The intersection point is much farther removed from the car with arms angled up to the wheels.
My own setup testing (though I could be fooling myself), shows that more spacers under the inner link increases grip on that end. On the rear, spacers under the hub ball stud seems to decrease grip. By Davids explaination, spacers under the hub ball stud, and none under inner ball stud would lower roll center, and increase grip.
David, is there something we are missing here?
Mike
It seems with the lower arms angled up slightly, the effect of spacers under the upper link is minimal to overall roll center, compared to if the arms were angled down towards the wheels. The intersection point is much farther removed from the car with arms angled up to the wheels.
My own setup testing (though I could be fooling myself), shows that more spacers under the inner link increases grip on that end. On the rear, spacers under the hub ball stud seems to decrease grip. By Davids explaination, spacers under the hub ball stud, and none under inner ball stud would lower roll center, and increase grip.
David, is there something we are missing here?
Mike